Freelance designer Alex Hohlov creating immersive 3D visualizations of product designs, utilizing ambient effects and particle dynamics.
Freelance designer Alex Hohlov creating immersive 3D visualizations of product designs, utilizing ambient effects and particle dynamics.
Freelance designer Alex Hohlov creating immersive 3D visualizations of product designs, utilizing ambient effects and particle dynamics.
Cinema 4D animation with Redshift lighting and particle effects, visualizing data and product designs
Cinema 4D animation with Redshift lighting and particle effects, visualizing data and product designs
Cinema 4D animation with Redshift lighting and particle effects, visualizing data and product designs
Detailed 3D product render in Cinema 4D, using Redshift to enhance lighting and textures for a refined, immersive design experience.
Detailed 3D product render in Cinema 4D, using Redshift to enhance lighting and textures for a refined, immersive design experience.
Detailed 3D product render in Cinema 4D, using Redshift to enhance lighting and textures for a refined, immersive design experience.
Advanced 3D design and animation by Alex Hohlov, using particle effects and ambient lighting to enhance product renders and analytics visualization.
Advanced 3D design and animation by Alex Hohlov, using particle effects and ambient lighting to enhance product renders and analytics visualization.
Advanced 3D design and animation by Alex Hohlov, using particle effects and ambient lighting to enhance product renders and analytics visualization.
3D analytical visualization created in Cinema 4D, using Redshift for realistic textures and ambient lighting
3D analytical visualization created in Cinema 4D, using Redshift for realistic textures and ambient lighting
3D analytical visualization created in Cinema 4D, using Redshift for realistic textures and ambient lighting
3D product design rendered in Cinema 4D with Redshift, featuring detailed textures and dynamic lighting
3D product design rendered in Cinema 4D with Redshift, featuring detailed textures and dynamic lighting
3D product design rendered in Cinema 4D with Redshift, featuring detailed textures and dynamic lighting
A clean 3D product render in Cinema 4D, utilizing Redshift for vibrant colors and clear texturing.
A clean 3D product render in Cinema 4D, utilizing Redshift for vibrant colors and clear texturing.
A clean 3D product render in Cinema 4D, utilizing Redshift for vibrant colors and clear texturing.
Cinema 4D 3D design, rendered with Redshift, featuring a stylized product design with a modern visual aesthetic.
Cinema 4D 3D design, rendered with Redshift, featuring a stylized product design with a modern visual aesthetic.
Cinema 4D 3D design, rendered with Redshift, featuring a stylized product design with a modern visual aesthetic.
3D motion graphics rendered in Cinema 4D, with Redshift creating clean lines and vibrant textural contrasts.
3D motion graphics rendered in Cinema 4D, with Redshift creating clean lines and vibrant textural contrasts.
3D motion graphics rendered in Cinema 4D, with Redshift creating clean lines and vibrant textural contrasts.
Freelance 3D project by Alex Hohlov, showcasing detailed 3D models in Cinema 4D, enhanced with Redshift lighting
Freelance 3D project by Alex Hohlov, showcasing detailed 3D models in Cinema 4D, enhanced with Redshift lighting
Freelance 3D project by Alex Hohlov, showcasing detailed 3D models in Cinema 4D, enhanced with Redshift lighting
3D cube model rendered in Cinema 4D with Redshift, used to represent complex data structures and analytics
3D cube model rendered in Cinema 4D with Redshift, used to represent complex data structures and analytics
3D cube model rendered in Cinema 4D with Redshift, used to represent complex data structures and analytics
Cube world design in Cinema 4D, rendered with Redshift, visualizing data trends and analytical models in 3D space.
Cube world design in Cinema 4D, rendered with Redshift, visualizing data trends and analytical models in 3D space.
Cube world design in Cinema 4D, rendered with Redshift, visualizing data trends and analytical models in 3D space.
3D representation of analytics through dynamic cube models in Cinema 4D, with Redshift creating clear data visualization.
3D representation of analytics through dynamic cube models in Cinema 4D, with Redshift creating clear data visualization.
3D representation of analytics through dynamic cube models in Cinema 4D, with Redshift creating clear data visualization.
3D representation of AI-driven data patterns using cubes, rendered in Cinema 4D with Redshift for clear, dynamic analytics.
3D representation of AI-driven data patterns using cubes, rendered in Cinema 4D with Redshift for clear, dynamic analytics.
3D representation of AI-driven data patterns using cubes, rendered in Cinema 4D with Redshift for clear, dynamic analytics.
AI algorithm visualized in a cube world design, created in Cinema 4D and rendered with Redshift to highlight key data analytics.
AI algorithm visualized in a cube world design, created in Cinema 4D and rendered with Redshift to highlight key data analytics.
AI algorithm visualized in a cube world design, created in Cinema 4D and rendered with Redshift to highlight key data analytics.
3D models in a cube world, created in Cinema 4D and rendered with Redshift, visualizing data points and analytical metrics.
3D models in a cube world, created in Cinema 4D and rendered with Redshift, visualizing data points and analytical metrics.
3D models in a cube world, created in Cinema 4D and rendered with Redshift, visualizing data points and analytical metrics.
Cube-based 3D models representing AI data predictions, rendered in Cinema 4D with Redshift to visualize AI analytics.
Cube-based 3D models representing AI data predictions, rendered in Cinema 4D with Redshift to visualize AI analytics.
Cube-based 3D models representing AI data predictions, rendered in Cinema 4D with Redshift to visualize AI analytics.
AI-driven data patterns visualized in a 3D cube world, using Cinema 4D and Redshift to enhance the clarity of machine learning analytics.
AI-driven data patterns visualized in a 3D cube world, using Cinema 4D and Redshift to enhance the clarity of machine learning analytics.
AI-driven data patterns visualized in a 3D cube world, using Cinema 4D and Redshift to enhance the clarity of machine learning analytics.
3D representation of business data through cubes in Cinema 4D, with Redshift highlighting analytical results and insights.
3D representation of business data through cubes in Cinema 4D, with Redshift highlighting analytical results and insights.
3D representation of business data through cubes in Cinema 4D, with Redshift highlighting analytical results and insights.
AI data models rendered as 3D cubes in Cinema 4D with Redshift, visualizing machine learning insights and predictions.
AI data models rendered as 3D cubes in Cinema 4D with Redshift, visualizing machine learning insights and predictions.
AI data models rendered as 3D cubes in Cinema 4D with Redshift, visualizing machine learning insights and predictions.
3D models of cubes illustrating AI-based decision-making and data analytics, created in Cinema 4D and rendered with Redshift.
3D models of cubes illustrating AI-based decision-making and data analytics, created in Cinema 4D and rendered with Redshift.
3D models of cubes illustrating AI-based decision-making and data analytics, created in Cinema 4D and rendered with Redshift.
Piano.io's data analytics platform visualized through 3D models, showcasing how it transforms data insights into actionable outcomes
Piano.io's data analytics platform visualized through 3D models, showcasing how it transforms data insights into actionable outcomes
Piano.io's data analytics platform visualized through 3D models, showcasing how it transforms data insights into actionable outcomes
3D cube representation of Piano.io’s product, illustrating how their platform uses data analytics and AI to optimize user engagement.
3D cube representation of Piano.io’s product, illustrating how their platform uses data analytics and AI to optimize user engagement.
3D cube representation of Piano.io’s product, illustrating how their platform uses data analytics and AI to optimize user engagement.
3D cubes in Cinema 4D, using Redshift for effective representation of complex analytics
3D cubes in Cinema 4D, using Redshift for effective representation of complex analytics
3D cubes in Cinema 4D, using Redshift for effective representation of complex analytics
AI-powered analytics from Piano.io displayed in a 3D cube world, showcasing how the platform interprets and visualizes complex data.
AI-powered analytics from Piano.io displayed in a 3D cube world, showcasing how the platform interprets and visualizes complex data.
AI-powered analytics from Piano.io displayed in a 3D cube world, showcasing how the platform interprets and visualizes complex data.
Data visualization through Piano.io’s platform, with dynamic 3D cubes representing the analytics and AI-driven decision-making process.
Data visualization through Piano.io’s platform, with dynamic 3D cubes representing the analytics and AI-driven decision-making process.
Data visualization through Piano.io’s platform, with dynamic 3D cubes representing the analytics and AI-driven decision-making process.
Data analytics platform showcasing real-time insights and advanced metrics, visualized through 3D models and dynamic charts.
Data analytics platform showcasing real-time insights and advanced metrics, visualized through 3D models and dynamic charts.
Data analytics platform showcasing real-time insights and advanced metrics, visualized through 3D models and dynamic charts.
3D model representation of an analytics tool, visualizing user engagement and performance trends in a streamlined design
3D model representation of an analytics tool, visualizing user engagement and performance trends in a streamlined design
3D model representation of an analytics tool, visualizing user engagement and performance trends in a streamlined design
Advanced analytics platform visualized in 3D, transforming complex data sets into actionable insights for decision-making
Advanced analytics platform visualized in 3D, transforming complex data sets into actionable insights for decision-making
Advanced analytics platform visualized in 3D, transforming complex data sets into actionable insights for decision-making
Data platform representing key analytics metrics with 3D cubes, offering deeper insights into user trends and performance
Data platform representing key analytics metrics with 3D cubes, offering deeper insights into user trends and performance
Data platform representing key analytics metrics with 3D cubes, offering deeper insights into user trends and performance
Interactive data visualization tool with 3D elements, designed to turn raw data into clear, visually compelling analytics
Interactive data visualization tool with 3D elements, designed to turn raw data into clear, visually compelling analytics
Interactive data visualization tool with 3D elements, designed to turn raw data into clear, visually compelling analytics
Real-time user data analytics represented through a clean, dynamic 3D interface, making it easy to interpret complex metrics
Real-time user data analytics represented through a clean, dynamic 3D interface, making it easy to interpret complex metrics
Real-time user data analytics represented through a clean, dynamic 3D interface, making it easy to interpret complex metrics
Streamlined data analytics system visualized with 3D elements, illustrating the connection between user actions and key performance data
Streamlined data analytics system visualized with 3D elements, illustrating the connection between user actions and key performance data
Streamlined data analytics system visualized with 3D elements, illustrating the connection between user actions and key performance data
User engagement data represented in 3D, offering a deep look into performance metrics and trends for enhanced decision-making
User engagement data represented in 3D, offering a deep look into performance metrics and trends for enhanced decision-making
User engagement data represented in 3D, offering a deep look into performance metrics and trends for enhanced decision-making
3D analytics dashboard showcasing key metrics and performance trends, turning data into insightful and actionable visualizations
3D analytics dashboard showcasing key metrics and performance trends, turning data into insightful and actionable visualizations
3D analytics dashboard showcasing key metrics and performance trends, turning data into insightful and actionable visualizations
Data analytics system represented in 3D, highlighting the connection between metrics and user engagement in a visual, interactive format
Data analytics system represented in 3D, highlighting the connection between metrics and user engagement in a visual, interactive format
Data analytics system represented in 3D, highlighting the connection between metrics and user engagement in a visual, interactive format
Data-driven decision-making process visualized with 3D cubes, showing key metrics and performance indicators in an interactive format
Data-driven decision-making process visualized with 3D cubes, showing key metrics and performance indicators in an interactive format
Data-driven decision-making process visualized with 3D cubes, showing key metrics and performance indicators in an interactive format
Interactive 3D visualization of data analytics, offering a deeper understanding of user behavior and performance insights
Interactive 3D visualization of data analytics, offering a deeper understanding of user behavior and performance insights
Interactive 3D visualization of data analytics, offering a deeper understanding of user behavior and performance insights
3D data visualization using cubes in Cinema 4D with Redshift, illustrating statistical models and analytical data
Dynamic 3D models of cubes in Cinema 4D, using Redshift to represent data flows and analytical insights in a digital space
D representation of business data through cubes in Cinema 4D, with Redshift highlighting analytical results and insights
D representation of business data through cubes in Cinema 4D, with Redshift highlighting analytical results and insights
D representation of business data through cubes in Cinema 4D, with Redshift highlighting analytical results and insights
3D cube model representing AI-driven data analysis, rendered in Cinema 4D with Redshift for enhanced visualization
3D cube model representing AI-driven data analysis, rendered in Cinema 4D with Redshift for enhanced visualization
3D cube model representing AI-driven data analysis, rendered in Cinema 4D with Redshift for enhanced visualization
3D cubes to represent how their platform transforms raw data into valuable, actionable analytics
3D cubes to represent how their platform transforms raw data into valuable, actionable analytics
3D cubes to represent how their platform transforms raw data into valuable, actionable analytics
data analytics capabilities, using 3D models to showcase how their platform elevates data insights
data analytics capabilities, using 3D models to showcase how their platform elevates data insights
data analytics capabilities, using 3D models to showcase how their platform elevates data insights
3D models of AI algorithms represented by cubes in Cinema 4D, rendered with Redshift for powerful data visualization
3D models of AI algorithms represented by cubes in Cinema 4D, rendered with Redshift for powerful data visualization
3D models of AI algorithms represented by cubes in Cinema 4D, rendered with Redshift for powerful data visualization
data analytics platform visualized through 3D models, showcasing how it transforms data insights into actionable outcomes

This work was completed at Piano.io, with guidance from the creative team led by Josh Rhode (Creative Director) and Miles Courtney (Design Director). All visuals were created using Cinema 4D and Redshift, ensuring both technical precision and creative alignment. The outcome was a series of assets that aligned seamlessly with the brand's evolving visual identity.

All rights reserved © 2025 AHSTUDIO

All rights reserved © 2025 AHSTUDIO

All rights reserved © 2025 AHSTUDIO

All rights reserved © 2025 AHSTUDIO